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Dolina Kochłówki tabliczka 2026.jpg

Why is everyone talking about Ecologic April 2026?

Key Takeaways

  • Main focus: Interest in Ecologic April 2026 is mainly about: This topic is generating a lot of interest. People are looking for detailed information on how to address it, what…
  • Why it is relevant: It is a highly topical subject that offers practical insights and concrete solutions.
  • What you will learn: We will analyze the details, trends, and the most useful information to fully understand the issue.

Updated: 19/04/2026

Dolina Kochłówki tabliczka 2026.jpg
Dolina Kochłówki tabliczka 2026.jpg — Fonte: Wikimedia Commons

When talking about Ecologic April 2026, we refer to a subject that is capturing a lot of attention and curiosity. It is not just a topic of discussion, but an issue with direct and practical impacts.

Here are the main details emerging from the latest information: This topic is generating a lot of interest. People are looking for detailed information on how to address it, what the practical implications are, and what tools or strategies to adopt to manage it best.. Fully understanding these dynamics is the first step to getting a clear picture and making informed decisions.

Detailed analysis of Ecologic April 2026

To truly understand Ecologic April 2026, we must go beyond superficial definitions. This topic involves various facets that directly influence those seeking information about it. Analysis of current data shows that the search for clarity is a priority.

People seek information on this theme to find answers to specific problems or to discover new opportunities. The best approach is to analyze the facts objectively, evaluating pros, cons, and practical applications. Only in this way is it possible to transform information into useful knowledge.

What to consider and pay attention to

When seeking information about Ecologic April 2026, it is easy to come across partial or decontextualized information. One of the most important aspects is to always verify the reliability of sources and understand the specific context in which the data is presented.

It is advisable to compare different perspectives and not stop at the first answer found. Delving into the details and asking specific questions allows you to avoid misunderstandings and get a much more complete and realistic view of the situation.

Developments and perspectives for 2026

Looking ahead, Ecologic April 2026 will continue to evolve. Current trends indicate that there will be an increasing demand for precise information and applicable solutions. Staying updated on these developments is essential for anyone interested in the topic.

Frequently Asked Questions

What are the main aspects of Ecologic April 2026?

The main aspects concern its practical applications, the basic information to understand it, and the details emerging from the most recent discussions and research.

Where can I find more details on Ecologic April 2026?

You can find in-depth information on encyclopedic sources, specialized information portals, and discussion forums where users share direct experiences.

Why is it important to learn about Ecologic April 2026?

Because it allows you to make more informed decisions, avoid common mistakes, and stay updated on a topic that generates great interest and debate.

Final Thoughts

In conclusion, Ecologic April 2026 is a broad topic full of interesting insights. We have analyzed the key points and the most relevant information to offer you a clear overview. Continue to explore and learn more to stay updated.

Confronting industrialism: if you can’t clean it up, don’t make it! Updated for 2026





Some of the most important questions confronting us are: what should we do about this culture’s industrial wastes, from greenhouse gases to pesticides to ocean microplastics?

Can the capitalists clean up the messes they create? Or is the whole industrial system beyond reform? The answers become clear with a little context.

Let’s start the discussion of context with two riddles that aren’t very funny.

Q: What do you get when a cross a long drug habit, a quick temper, and a gun?
A: Two life terms for murder, with earliest release date 2026.

And,

Q: What do you get when you cross a large corporation, two nation states, 40 tons of poison, and at least 8,000 dead human beings?
A: Retirement with full pay and benefits. Warren Anderson, CEO of Union Carbide. Bhopal.

The point of these riddles is not merely that when it comes to murder and many other atrocities, different rules apply to the poor than to the rich. And it’s not merely that ‘economic production’ is a get-out-of-jail free card for whatever atrocities the ‘producers’ commit, whether it’s genocide, gynocide, ecocide, slaving, mass murder, mass poisoning, and so on.

Do we even care? We already know they don’t …

The point here is that this culture is clearly not particularly interested in cleaning up its toxic messes. Obviously, or it wouldn’t keep making them. It wouldn’t allow those who make these messes to do so with impunity. It certainly wouldn’t socially reward those who make them.

This may or may not be the appropriate time to mention that this culture has created, for example, 14 quadrillion (yes, quadrillion) lethal doses of Plutonium 239, which has a half-life of over 24,000 years, which means that in a mere 100,000 years that number will be all the way down to only about 3.5 quadrillion lethal doses: Yay!

And socially reward them it does. I could have used a whole host of examples other than Warren Anderson, who was playing on the back nine long after he should have been hanging by the neck (he was sentenced to death in absentia, but the US refused to extradite him).

There’s Tony Hayward, who oversaw BP’s devastation of the Gulf of Mexico and who was ‘punished’ for this with a severance package worth well over $30 million. Or we could throw another couple of riddles at you, which are really the same riddles:

Q: What do you call someone who puts poison in the subways of Tokyo?
A: A terrorist.

Q: What do you call someone who puts poison (cyanide) into groundwater?
A: A capitalist: CEO of a gold mining corporation.

We could talk about frackers, who make money as they poison groundwater. We could talk about anyone associated with Monsanto. You can add your own examples. I’d say you can ‘choose your poison’ but of course you can’t. Those are chosen for you by those doing the poisoning.

Civilization’s ability to overcome our native common sense

I keep thinking about one of the most fundamentally sound (and fundamentally disregarded) statements I’ve ever read. After Bhopal, one of the doctors trying to help survivors stated that corporations (and by extension, all organizations and individuals) “shouldn’t be permitted to make poison for which there is no antidote.”

Please note, by the way, that far from having antidotes, nine out of ten chemicals used in pesticides in the US haven’t even been thoroughly tested for (human) toxicity.

Isn’t that something we were all supposed to learn by the time we were three? Isn’t it one of the first lessons our parents are supposed to teach us? Don’t make a mess you can’t clean up!

Yet that is precisely the foundational motivator of this culture. Sure, we can use fancy phrases to describe the processes of creating messes we have no intention of cleaning up, and in many cases cannot clean up.

And so we get phrases like ‘developing natural resources’, or ‘sustainable development’, or ‘technological progress’ (like the invention and production of plastics, the bathing of the world in endocrine disruptors, and so on), or ‘mining’, or ‘agriculture’, or ‘the Green Revolution’, or ‘fueling growth’, or ‘creating jobs’, or ‘building empire’, or ‘global trade’.

But physical reality is always more important than what we call it or how we rationalize it. And the truth is that this culture has been based from the beginning to the present on privatizing benefits and externalizing costs. In other words, on exploiting others and leaving messes behind.

Hell, they call them ‘limited liability corporations’ because a primary purpose is to limit the legal and financial liability of those who benefit from the actions of corporations for the harm these actions cause.

Internalizing insanity

This is no way to run a childhood, and it’s an even worse way to run a culture. It’s killing the planet. Part of the problem is that most of us are insane, having been made so by this culture. We should never forget what RD Laing wrote about this insanity:

“In order to rationalize our industrial-military complex [and I would say this entire way of life, including the creation of messes we have neither the interest nor capacity to clean up], we have to destroy our capacity to see clearly any more what is in front of, and to imagine what is beyond, our noses. Long before a thermonuclear war can come about, we have had to lay waste to our own sanity.

“We begin with the children. It is imperative to catch them in time. Without the most thorough and rapid brainwashing their dirty minds would see through our dirty tricks. Children are not yet fools, but we shall turn them into imbeciles like ourselves, with high IQs, if possible.”

We’ve all seen this too many times. If you ask any reasonably intelligent seven-year-old how to stop global warming caused in great measure by the burning of oil and gas and by the destruction of forests and prairies and wetlands, this child might well say, “Stop burning oil and gas, and stop destroying forests and prairies and wetlands!”

If you ask a reasonably intelligent thirty-year-old who works for a ‘green’ high tech industry, you’ll probably get an answer that primarily helps the industry that pays his or her salary.

Part of the brainwashing process of turning us into imbeciles consists of getting us to identify more closely with-and care more about the fate of-this culture rather than the real physical world. We are taught that the economy is the ‘real world’, and the real world is merely a place from which to steal and on which to dump externalities.

Does nature have to adapt to us? Or us to nature?

Most of us internalize this lesson so completely that it becomes entirely transparent to us. Even most environmentalists internalize this. What do most mainstream solutions to global warming have in common? They all take industrialism as a given, and the natural world as having to conform to industrialism.

They all take empire as a given. They all take overshoot as a given. All of this is literally insane, in terms of being out of touch with physical reality. The real world must always be more important than our social system, in part because without a real world you can’t have any social system whatsoever. It’s embarrassing to have to write this.

Upton Sinclair famously said that it’s hard to make a man understand something, when his job depends on him not understanding it.

I would add that it’s hard to make people understand something when the benefits they accrue through their exploitative and destructive way of life depend on it. So we suddenly get really stupid about the waste products produced by this culture.

When people ask how we can stop polluting the oceans with plastic, they don’t really mean, “How can we stop polluting the oceans with plastic?” They mean, “How can we stop polluting the oceans with plastic and still have this way of life?”

And when they ask how we can stop global warming, they really mean, “How can we stop global warming without stopping this level of energy usage?”. When they ask how we can have clean groundwater, they really mean, “How can we have clean groundwater while we continue to use and spread all over the environment thousands of useful but toxic chemicals that end up in groundwater?”

The answer to all of these is: you can’t.

First we must recover our sanity. Then we must act

As I’ve been writing this essay about the messes caused by this culture, there’s an allegorical image I can’t get out of my mind. It’s of a half-dozen Emergency Medical Technicians putting bandages on a person who has been assaulted by a knife-wielding psychopath.

The EMTs are trying desperately to stop this person from bleeding out. It’s all very tense and suspenseful as to whether they’ll be able to staunch the flow of blood before the person dies.

But here’s the problem: as these EMTs are applying bandages as fast as they can, the psychopath is continuing to stab the victim. Worse, the psychopath is making wounds faster than the EMTs are able to bandage them. And the psychopath is paid very well for stabbing the victim, while most of the EMTs are bandaging in their spare time.

And in fact the health of the economy is based on how much blood the victim loses – as in this culture, where economic production is measured by the conversion of living landbase into raw materials, e.g., living forests into two-by-fours, living mountains into coal.

How do we stop the victim from bleeding out? Any child can tell you. And any sane person who cares more about the health of the victim than the health of the economy that is based on dismembering the victim can tell you. The first thing you need to do is stop the stabbing. No amount of bandages will make up for an assault that is ongoing, indeed, one that is accelerating.

What do we do about this culture’s fabrication of industrial wastes? The first step is stop their production. Actually the first step is that we regain our sanity, that is, we transfer our loyalty away from the psychopaths, and toward the victim, toward, in this case, the planet that is our only home.

Once we do that, everything else is technical. How do we stop them? We stop them.

 


 

Derrick Jensen is Member of the Steering Committee of Deep Green Resistance. See more details. Read Derrick Jensen’s blog.

Also on The Ecologist:Reclaim Environmentalism!’ by Derrick Jensen & Lierre Keith.

 

 




390964

Confronting industrialism: if you can’t clean it up, don’t make it! Updated for 2026





Some of the most important questions confronting us are: what should we do about this culture’s industrial wastes, from greenhouse gases to pesticides to ocean microplastics?

Can the capitalists clean up the messes they create? Or is the whole industrial system beyond reform? The answers become clear with a little context.

Let’s start the discussion of context with two riddles that aren’t very funny.

Q: What do you get when a cross a long drug habit, a quick temper, and a gun?
A: Two life terms for murder, with earliest release date 2026.

And,

Q: What do you get when you cross a large corporation, two nation states, 40 tons of poison, and at least 8,000 dead human beings?
A: Retirement with full pay and benefits. Warren Anderson, CEO of Union Carbide. Bhopal.

The point of these riddles is not merely that when it comes to murder and many other atrocities, different rules apply to the poor than to the rich. And it’s not merely that ‘economic production’ is a get-out-of-jail free card for whatever atrocities the ‘producers’ commit, whether it’s genocide, gynocide, ecocide, slaving, mass murder, mass poisoning, and so on.

Do we even care? We already know they don’t …

The point here is that this culture is clearly not particularly interested in cleaning up its toxic messes. Obviously, or it wouldn’t keep making them. It wouldn’t allow those who make these messes to do so with impunity. It certainly wouldn’t socially reward those who make them.

This may or may not be the appropriate time to mention that this culture has created, for example, 14 quadrillion (yes, quadrillion) lethal doses of Plutonium 239, which has a half-life of over 24,000 years, which means that in a mere 100,000 years that number will be all the way down to only about 3.5 quadrillion lethal doses: Yay!

And socially reward them it does. I could have used a whole host of examples other than Warren Anderson, who was playing on the back nine long after he should have been hanging by the neck (he was sentenced to death in absentia, but the US refused to extradite him).

There’s Tony Hayward, who oversaw BP’s devastation of the Gulf of Mexico and who was ‘punished’ for this with a severance package worth well over $30 million. Or we could throw another couple of riddles at you, which are really the same riddles:

Q: What do you call someone who puts poison in the subways of Tokyo?
A: A terrorist.

Q: What do you call someone who puts poison (cyanide) into groundwater?
A: A capitalist: CEO of a gold mining corporation.

We could talk about frackers, who make money as they poison groundwater. We could talk about anyone associated with Monsanto. You can add your own examples. I’d say you can ‘choose your poison’ but of course you can’t. Those are chosen for you by those doing the poisoning.

Civilization’s ability to overcome our native common sense

I keep thinking about one of the most fundamentally sound (and fundamentally disregarded) statements I’ve ever read. After Bhopal, one of the doctors trying to help survivors stated that corporations (and by extension, all organizations and individuals) “shouldn’t be permitted to make poison for which there is no antidote.”

Please note, by the way, that far from having antidotes, nine out of ten chemicals used in pesticides in the US haven’t even been thoroughly tested for (human) toxicity.

Isn’t that something we were all supposed to learn by the time we were three? Isn’t it one of the first lessons our parents are supposed to teach us? Don’t make a mess you can’t clean up!

Yet that is precisely the foundational motivator of this culture. Sure, we can use fancy phrases to describe the processes of creating messes we have no intention of cleaning up, and in many cases cannot clean up.

And so we get phrases like ‘developing natural resources’, or ‘sustainable development’, or ‘technological progress’ (like the invention and production of plastics, the bathing of the world in endocrine disruptors, and so on), or ‘mining’, or ‘agriculture’, or ‘the Green Revolution’, or ‘fueling growth’, or ‘creating jobs’, or ‘building empire’, or ‘global trade’.

But physical reality is always more important than what we call it or how we rationalize it. And the truth is that this culture has been based from the beginning to the present on privatizing benefits and externalizing costs. In other words, on exploiting others and leaving messes behind.

Hell, they call them ‘limited liability corporations’ because a primary purpose is to limit the legal and financial liability of those who benefit from the actions of corporations for the harm these actions cause.

Internalizing insanity

This is no way to run a childhood, and it’s an even worse way to run a culture. It’s killing the planet. Part of the problem is that most of us are insane, having been made so by this culture. We should never forget what RD Laing wrote about this insanity:

“In order to rationalize our industrial-military complex [and I would say this entire way of life, including the creation of messes we have neither the interest nor capacity to clean up], we have to destroy our capacity to see clearly any more what is in front of, and to imagine what is beyond, our noses. Long before a thermonuclear war can come about, we have had to lay waste to our own sanity.

“We begin with the children. It is imperative to catch them in time. Without the most thorough and rapid brainwashing their dirty minds would see through our dirty tricks. Children are not yet fools, but we shall turn them into imbeciles like ourselves, with high IQs, if possible.”

We’ve all seen this too many times. If you ask any reasonably intelligent seven-year-old how to stop global warming caused in great measure by the burning of oil and gas and by the destruction of forests and prairies and wetlands, this child might well say, “Stop burning oil and gas, and stop destroying forests and prairies and wetlands!”

If you ask a reasonably intelligent thirty-year-old who works for a ‘green’ high tech industry, you’ll probably get an answer that primarily helps the industry that pays his or her salary.

Part of the brainwashing process of turning us into imbeciles consists of getting us to identify more closely with-and care more about the fate of-this culture rather than the real physical world. We are taught that the economy is the ‘real world’, and the real world is merely a place from which to steal and on which to dump externalities.

Does nature have to adapt to us? Or us to nature?

Most of us internalize this lesson so completely that it becomes entirely transparent to us. Even most environmentalists internalize this. What do most mainstream solutions to global warming have in common? They all take industrialism as a given, and the natural world as having to conform to industrialism.

They all take empire as a given. They all take overshoot as a given. All of this is literally insane, in terms of being out of touch with physical reality. The real world must always be more important than our social system, in part because without a real world you can’t have any social system whatsoever. It’s embarrassing to have to write this.

Upton Sinclair famously said that it’s hard to make a man understand something, when his job depends on him not understanding it.

I would add that it’s hard to make people understand something when the benefits they accrue through their exploitative and destructive way of life depend on it. So we suddenly get really stupid about the waste products produced by this culture.

When people ask how we can stop polluting the oceans with plastic, they don’t really mean, “How can we stop polluting the oceans with plastic?” They mean, “How can we stop polluting the oceans with plastic and still have this way of life?”

And when they ask how we can stop global warming, they really mean, “How can we stop global warming without stopping this level of energy usage?”. When they ask how we can have clean groundwater, they really mean, “How can we have clean groundwater while we continue to use and spread all over the environment thousands of useful but toxic chemicals that end up in groundwater?”

The answer to all of these is: you can’t.

First we must recover our sanity. Then we must act

As I’ve been writing this essay about the messes caused by this culture, there’s an allegorical image I can’t get out of my mind. It’s of a half-dozen Emergency Medical Technicians putting bandages on a person who has been assaulted by a knife-wielding psychopath.

The EMTs are trying desperately to stop this person from bleeding out. It’s all very tense and suspenseful as to whether they’ll be able to staunch the flow of blood before the person dies.

But here’s the problem: as these EMTs are applying bandages as fast as they can, the psychopath is continuing to stab the victim. Worse, the psychopath is making wounds faster than the EMTs are able to bandage them. And the psychopath is paid very well for stabbing the victim, while most of the EMTs are bandaging in their spare time.

And in fact the health of the economy is based on how much blood the victim loses – as in this culture, where economic production is measured by the conversion of living landbase into raw materials, e.g., living forests into two-by-fours, living mountains into coal.

How do we stop the victim from bleeding out? Any child can tell you. And any sane person who cares more about the health of the victim than the health of the economy that is based on dismembering the victim can tell you. The first thing you need to do is stop the stabbing. No amount of bandages will make up for an assault that is ongoing, indeed, one that is accelerating.

What do we do about this culture’s fabrication of industrial wastes? The first step is stop their production. Actually the first step is that we regain our sanity, that is, we transfer our loyalty away from the psychopaths, and toward the victim, toward, in this case, the planet that is our only home.

Once we do that, everything else is technical. How do we stop them? We stop them.

 


 

Derrick Jensen is Member of the Steering Committee of Deep Green Resistance. See more details. Read Derrick Jensen’s blog.

Also on The Ecologist:Reclaim Environmentalism!’ by Derrick Jensen & Lierre Keith.

 

 




390964

Advice to prospective graduate students Updated for 2026

http://www.phdcomics.com/comics/archive.php?comicid=53

“Piled Higher and Deeper” by Jorge Cham www.phdcomics.com

Getting into grad school is a lot of work. By now, most North American PhD programs in ecology are in the “recruitment phase”. Students have already taken their GRE entrance exams, contacted professors, obtained letters of recommendation, written applications, and waited. Soon they will be visiting prospective universities for the dreaded interview weekend. Below is a list of things (originally published in 2014) that we wish we’d known going into grad-school recruitment. Got others? Share them in the comments section below.

I’ll be the first to admit that I didn’t know much going into graduate school interviews. What I did know was that a commitment to grad school is more than a commitment to a program. I knew that I’d be committing to a relationship with people – especially my potential advisor and lab mates – and that I’d be committing to a relationship with a geographical location – between high school and grad school, I’d never lived in one place for longer than 3 years (thanks in part to an extended stay in junior college), so this was a big deal for me. My eventual recruitment trips reflected this. I asked a lot of questions about grad student – advisor relationships, and I asked a lot of questions about the places I was visiting. Here are some things I didn’t really think about, though:

  1. Try to get to know your potential advisor. A bad relationship with your advisor can poison your grad school experience. And although asking fellow grad students about their relationships can be useful, your relationship with your new advisor is going to be a reflection of your two personalities. No two relationships are the same, so use this opportunity to get to know your potential advisor as best you can.
  2. The same thing goes for getting know a place. One of the things I truly regret not taking advantage of while I was interviewing was the opportunity to travel. If you have time, stay a couple extra days and check out your potential future home.
  3. Take control of your spare time. Recruitment weekends can be really hectic, especially if you end up with a day of back-to-back-to-back interviews. If you need a break, do it. For me, this meant reminding myself that it was okay to stop and use the bathroom between meetings, even if said bathroom breaks weren’t scheduled. I guess an alternative could be to invest in a stadium pal.
  4. Finally ask your hosts about the questions they wish they had asked. In addition to providing some good advice, this can also be a nice window into the hopes and regrets of grad students who have made the exact decision that you’re contemplating. A group of fantastic grad students in the biology department at UNC put together this handy list of things to talk to your potential advisor about before you accept a position in their lab. Who knows, maybe your host has put something like this together, too. -Fletcher Halliday

When I made the decision to start a PhD program, I had the advantage of having already obtained a masters’ degree and taking time off (2.5 years) from grad school. From this perspective I knew something that I think most, particularly young fresh-from-undergrad applicants, don’t take seriously enough when making a final decision on what program to attend. That is, the whole ‘life’ picture – strike a balance between a program and a place that will allow you to achieve balance (when you have time!). Grad school is super intense and stressful. If you end up at an awesome school that is in an awful and unfriendly town your work could ultimately suffer because of it (and vice versa!). While at recruitment take the time to scope out life outside the walls of the university. Definitely ask current students how they feel about the area and what they do for fun. I really feel many don’t think through how their personal-side of life will look during grad school. Don’t assume you can compromise personal happiness, particularly in a program that may last 4-8 years! -Kylla Benes

When you’re visiting a lab, take some time to meet the other grad students.  Whether you become best friends or not, if you join their lab you’ll be spending plenty of time with these people.  Also, these are people who have gone through the same process you are, and have been accepted to a lab and (hopefully) feel happy there.  If you’re visiting for more than a day, go out for dinner and beers with them, and ask them every single question you can think of.  What’s it really like working in their lab?  Is the professor nice or is he or she a jerk?  Do they micromanage or do they expect their students to be independent?  How long do most graduate students take to graduate?  What sorts of jobs do they get afterwards?  How much do grad students make, and how does that compare to the city’s cost of living?  What sorts of things do students do for fun outside of school?  Is there a good social scene (how far away are the bars) or is it a pretty quiet city? Kylla mentioned this already, but I wanted to emphasize how important this question is. You may be surprised with the answers they give, but you’ll definitely be glad you asked. -Nate Johnson

Like Nate, I also encourage you to seek out grad students, ideally as far from campus as possible (I know our institute arranges lunches and/or dinners that are students-only). I’ve found that graduate students are nothing if not candid, especially when it comes time to bitch about their job/lack of pay. So take everything that is said with a grain of salt and ask them straight up “You’ve mentioned a lot of negative things, why are you here?” Also know that their opinion is not the only one: I’ve seen labs where some people absolutely despise their advisor (and labmates), and others in the very same lab get along famously (both with advisors and each other). So don’t get stuck talking to the one disgruntled student, or if you do, know that they are probably using you as an outlet to vent every negative thing they hate about their life.

I also think its important to point out that interviews run both ways: yes, you should be on your best behavior, but so should they. So while it seems like most of the pressure is on you, you hold more of the cards: if they’ve invited you up for the weekend and offered to pay your way, they want you. You have passed muster: your grades are good, your statements were compelling, you demonstrate potential to succeed, and most notably, some faculty has stood up and said “Yes, I will shepherd* them through 3-7 years of intellectual exploration!” (*fund) So relax, take a breath, and enjoy yourself. If you’re more comfortable, you’re also likely to come across better. And don’t be afraid to admit that this advisor/lab/school isn’t for you. I had an interview where I knew pretty much right off the bat that it wasn’t a good fit, on any level. We parted amicably (I hope!) but I wrote the person immediately afterwards and said thank you, I appreciated you taking the time to show me around, but personally I didn’t feel it was a good fit.

Good luck! -Jon Lefcheck

On these trips it’s easy to focus on the faculty and to some extent the grad students in the lab and program. That’s all very valuable, but it’s also a good idea to interact with the other prospectives as well. I definitely DON’T mean being competitive with them, because if you choose to enter that program, some subset of that group will be your cohort, which can be your most valuable asset in getting through grad school. Your peers will help you normalize manuscript rejections, listen to you vent about research frustrations and qualifying exam anxieties. Of course, you don’t know who will and won’t join the program in your interview group, but it’s worthwhile to consider whether they are a group of people you could see yourself spending time with socially (though it’s not necessary) or who you would want to have access to when you need emergency field assistance on the tide flats at 3 am.

And to reiterate what was said above, remember that current grads and faculty can also get burned out by these events. I agree with Jon that everyone should be on their best behavior! But, if they do seem tired or cynical, maybe just remember that it can be an occupational hazard from time to time.

Also, never get intimidated by the process (easier said than done). It’s all about fit, and the timing. These interviews certainly feel like a performance, but you need to be a certain amount of relaxed to be able to take in all the information about the program and people that will help you make a decision about what’s good for you. – Emily Grason

 

February 12, 2015

WEF: Big energy CEOs don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374

WEF: Big energy CEOs don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374

WEF: Big energy CEOs don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374

WEF: Big energy CEOs don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374

WEF: Big energy CEOs don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374

WEF: Big energy CEOs just don’t get the renewable revolution Updated for 2026





The World Economic Forum’s ‘The Future of Electricity‘ report on power generation makes depressing reading.

Perhaps the pessimism about new technologies is predictable given that Davos represents large companies, not the innovative companies at frontier of energy transformation.

Even so, to say that renewable power sources, excluding hydro, are projected to generate less than a quarter of OECD electricity by 2040 is a strikingly conservative. The percentage is probably about 8% today.

Part of their pessimism seems to derive from a very outdated view of the economics of solar power. Take a look at the chart (right). It shows WEF’s estimates for the costs of electricity generation now and in the future.

The yellow line at the top, starting off the scale, is solar PV. A megawatt hour is said to cost well over $200 in 2016 (about £130). Even by 2030 it’ll be over $110.

PV in Dubai is already at half the price WEF predicts in 20130

I think the people in Davos may have been imbibing too much of the local homebrew. Today, in overcast Britain, groups of installers are racing to put panels on the ground as fast as they can across the southern counties to ensure that they get the current subsidy rates.

The price they get for a medium-sized commercial field? A subsidy of about $100 a megawatt hour (6.38 pence per kilowatt hour) plus the wholesale price of electricity. Let’s call that $70 a megawatt hour in addition.

So even in one of the least attractive parts of the world, PV is already cheaper than WEF says, and by a large margin. More tellingly, one of the latest auctions for installing PV, in Dubai in November last year, produced a figure of about $65 a megawatt hour.

Just to be clear: an installation firm promised to install a large PV farm if it was paid less than a third of the price that WEF says is the underlying cost of solar in 2016 – and about half the price it predicts for 2030.

Open a newspaper in most parts of the world today, and you’ll see optimistic references to the prospect of ‘grid parity’ for the best suited renewable in the local market, whether it is biomass, onshore wind, storage or PV.

A business-oriented organisation like WEF should spend more time in the outside world, sensing the excitement about the rates of progress of low-carbon technologies rather than unquestioningly repeating the five year old wisdom of its leading sponsors.

Perhaps most surprisingly, WEF’s cost figures are approximately 50% higher than those produced by the International Energy Agency, long a sceptic about the progress of PV. And its figures for onshore wind are equally wrong.

By now, I would have thought that at least parts of big business would have recognised the inevitability of the transition to renewables (with storage) and begun to look at how it could profitably participate.

WEF: what are your sources?

None of the projections, estimates or calculations in the report are given a source. We cannot check their accuracy or even the provenance of their figures.

I’m sure that the writers of the document have tried to use reasonable data. But the report is stacked full of statements made without any support or justification, many of which look highly contentious.

We are expected to believe, for example, that “wholesale electricity prices are expected to continue to rise by 57% in the EU” between now and 2040 at the same as retail prices are expected to stay the same. It doesn’t need an economist to say that such a combination is impossible.  

My confidence in the report’s recommendations was further shaken by WEF’s assertion that the EU had wasted $100bn by siting wind and PV in the wrong countries.

“It is obvious to most European citizens that southern Europe has the lion’s share of the solar irradiation while northern Europe has the wind”, says the report – before concluding that Germany has installed too much PV and Spain too much wind.

Wong again. 2013 estimates from the IEA suggest that the average productivity of a Spanish turbine was 26.9% of its maximum capacity, but only 18.5% in Germany. Spain’s wind turbines are almost 50% more productive than Germany’s. In fact Spain managed slightly more than the worldwide average and was only just below the UK or Denmark in average output.

The real stories the WEF missed

Actually, it isn’t that ‘northern Europe has the wind’ but rather that westerly coasts have high wind speeds, making Spain and Portugal’s Atlantic turbines better than almost any inshore areas in northern Europe.

There’s a second reason why Spain should have wind turbines: wind speeds are relatively poorly correlated with the winds in northern Europe. For a more secure European supply, turbines in Spain have a high value, particularly when interconnection with France is improved.

 And in the case of Germany, which does have much lower output from PV than Spain, the argument that it should have left the solar revolution to its southern neighbours is a remarkably ahistorical conclusion.

Without Germany’s very costly support of PV a decade ago we would not currently be looking at grid parity for solar across much of the world.

 


 

Chris Goodall is an expert on energy, environment and climate change and valued contributor to The Ecologist. He blogs at Carbon Commentary.

The report: The Future of Electricity – Attracting Investment to Build Tomorrow’s Electricity Sector‘, written in collaboration with Bain & Company, “outlines recommendations to attract the needed investment and grasp these new opportunities.”

This article was originally published on Carbon Commentary.

 

 




389374